Agilent ICF Support Layer for Waters CDS Release Notes – Revision 4.2

Significance of the Topic

In regulated laboratories using Waters Empower, seamless instrument control is critical for data integrity and productivity. The Agilent ICF Support Layer for Waters CDS (WICF) provides a standardized interface for controlling Agilent LC, GC, and HS systems from Empower, ensuring consistent performance and simplifying compliance.

Objectives and Overview

This document covers the release of WICF 4.2, detailing new features, compatibility requirements, supported hardware and firmware, resolved and known issues, and guidance for installation, method migration, and support.

Methodology and Instrumentation

WICF 4.2 integrates the following key components:

• Agilent Instrument Control Framework 3.4.49
• Agilent Software Verification Tool 6.3.4.1
• LC Drivers 3.9.56 (including ELSD 1.8.61)
• GC Drivers 4.3.235
• HS Drivers 4.3.117 (including G1888 vB.01.09.2)

Supported platforms include Empower 3.x (FR4–3.9.01), Windows 10/11, Windows Server 2016/2019/2022, .NET Framework 4.8, and Citrix Virtual Apps 7 2402 LTSR CU1.

Key Results and Discussion

Major enhancements in WICF 4.2:

• Native logging using the ICF framework with configurable levels (basic, medium, verbose) and log rotation.
• Support for Agilent Infinity III Solvent Level Sensing module (G7175A).
• Enhanced safety by replacing XML deserialization in driver data.
• Separated instrument and pretreatment method resolution workflows.
• Moved GC keypad lock from PreConfiguration to Method settings.
• Planned final support for G1888 Headspace Sampler (end of life Dec 2025).

Compatibility spans Agilent 1100–1290 Infinity modules, Agilent and third-party valves, EPA-regulated workflows, and non-Agilent RC.NET drivers (CTC PAL3, Waters 3465 ECD). Interoperability is supported when client driver versions are equal or higher than those on instrument controllers.

Benefits and Practical Applications

WICF 4.2 streamlines instrument integration under Empower, reducing configuration overhead and improving diagnostics. Enhanced logging simplifies troubleshooting, while new hardware support expands automation capabilities. Method migration and resolution tools facilitate cross-instrument workflows and maintain compliance.

Future Trends and Potential Uses

Emerging developments include deeper remote monitoring via Assist Hub, tighter cybersecurity controls, expanded interoperability with third-party modules, and preparation for cloud-based data systems. AI-driven diagnostics and predictive maintenance will further optimize uptime.

Conclusion

Agilent WICF 4.2 enhances the Empower integration experience with advanced logging, new module support, improved safety, and extensive compatibility. It serves as a robust foundation for regulated high-volume laboratories seeking reliable control of Agilent LC, GC, and HS instruments.

References

No external literature references were provided in the source document.